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- TOPCON N-Type cells
- 25-year product guarantee
- Guaranteed efficiency of over 89% for 25 years.
- Reinforced alloy frame
- Durability under extreme conditions
- Made in GERMANY
Dimensions: 1722 x 1133 x 30 mm.
Weight: 21.5 kg.
Max. power: 420Wp
The very first "N-type" photovoltaic module manufactured in Germany by Soluxtec ushers in a new era of quality and efficiency in the SOLUXTEC DAS MODUL product range, thanks to the use of TOPCON tunnel oxide passivated contact cells.
n-type" solar cells are an advanced variant of photovoltaic technology with a number of outstanding advantages. In these cells, the silicon material is enriched with additional electrons, enhancing efficiency and durability. Unlike "p-type" cells, n-type cells are less sensitive to the undesirable effects of light and high temperatures, enabling them to maintain constant performance over the long term. This makes them particularly attractive for residential, commercial and industrial solar installations. Thanks to their resistance to environmental stress and their stability, n-type cells play a crucial role in the future of clean, sustainable solar energy.
Optimized PID control. The combination of high-quality materials prevents power-induced degradation.
Insensitive to light-induced degradation, due to the absence of boron-oxygen recombination.
Compared with standard photovoltaic module technologies, DMMXSCNi's LCOE offers significantly improved performance.
Inexhaustible under severe environmental conditions
Certified for ammonia (NH3) and salt spray.
DMMXSCNi offers efficiencies of up to 21.78%.
Best conversion efficiency in low light conditions.
Double-sided gain up to 20%.
Thanks to Soluxtec's intelligent multi-busbar technology, DMMXSCNi achieves the highest light capture efficiency. What's more, this technology enables extremely homogeneous current flow, offering higher power and better thermal performance than those generally found in the industry.
Half-tone cells connected to the center of the photovoltaic module offer an advantage over standard cells.